Tin ore processing equipment

Almost all of the metal tin to the formation of alloys, which have solder, tin bronze, babbitt, tin bearing alloy, printing alloy. In addition, the titanium-based alloys, niobium-tin alloys and tin amalgam has its own use in the atomic energy industry, aviation industry, superconducting materials, and medical.
Ore crushed to 20mm, a closed-circuit grinding the ore to 0.074mm (200 mesh) accounted for 60% to 65% flotation a rough two sweep a fine; separation of copper and sulfur ground to 0.074mm accounted for 95% of a coarse sweep three finethe production of copper concentrate, sulfur concentrate; mixed flotation tailings sulfide re-election. Election by a Sec-bed; a re-wash; mud election; crude tin concentrates in addition to the sulfur flotation, production of tin concentrate, rich in ore.
There are more than 50 kinds of tin minerals in which about more than 20 kinds are mainly exploited. As of now, cassiterite is of most economic significance, followed by yellow tin ore. In some deposits, sulphur-tin-lead ore,tin ore processing in Indonesia franckeite, cylindrite, sometimes canfieldite, black boron tin ore, malayaite, varlamoffite and brucite tin ore can also be relatively enriched to come into being of industrial value. Tin ore concentrate is the main raw materials to refine tin.
Sand tin ore beneficiation process is relatively simple, general Gravity beneficiation can be obtained through a simple screening beneficiation indicators, but for monomer dissociation the lower alluvial tin beneficiation addition to screening Gravity beneficiation, the need to increasegrinding and secondary Gravity beneficiation, and tailings recovery process, to ensure that the concentrate grade and the entire process of recovery.